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Department of Chemical Engineering, Kyoto University | 論文
- Electrophoretic Levitation and Focusing of Particles by Field Switching
- PDE4 inhibitor (GPD-1116) prevents senescence-accelerated mice P1 strain (SAMP1) from developing cigarette smoke-induced emphysema.(Annual Report from the Division of Biomedical Research Resources, Juntendo University Graduate School of Medicine)
- Low Temperature Sensitization in the Weld Metal of Type 308 Stainless Steel and Its Improvement by Laser Surface Melting Treatment
- Product Quality Estimation and Operating Condition Monitoring for Industrial Ethylene Fractionator
- Energy Conservation by Multi-Effect Batch Distillation System
- Improvement of Distillation Composition Control by Using Predictive Inferential Control Technique
- SA-Based Scheduling Algorithm for Increasing Probability of Selecting Promising Schedules
- A FLEXIBLE SIMULATION SYSTEM FOR SCHEDULING WITH VARIOUS CONSTRAINTS
- Prostaglandin production in cirrhosis and portal hypertension-Experimental and clinical study
- Dynamics of the Mechanical Levitation Control System for a Maglev Transport Vehicle
- Development of Planetary Gear Type Steering System with Power Assist Using Torque Split Control of Traction Motors and It's Application of Aged Drivers
- Nanoparticle-terminated scanning probe microscopy tips and surface samples
- Grammar Writing System (GRADE) of Mu-Machine Translation Project and its Characteristics
- Improvement of Pd(II) Adsorption Performance of Condensed-tannin Gel by Amine Modification
- Analysis of a Deep U-Tube Aeration System from the Viewpoint of Oxygen Transfer
- Present state of hepatitis E virus epidemiology in Tokyo, Japan
- Brownian Dynamics Simulation Study of Self-Diffusion of a Charged Particle in Swollen Counter-Charged Hydrogel Modeled as Cubic Lattice
- Order formation of colloidal nanoparticles adsorbed on a substrate with friction
- Antibacterial Characteristic of Spherical Carbon Containing ZnO
- Numerical simulation for blockage of cohesive particles in a hopper using the distinct element method and its correlation with experimental results of real cohesive granular materials